Buoyancy gravity machine

Abstract

The invention relates to a buoyancy and gravity machine which aims to convert the combined action of buoyancy and gravity into mechanical motion through a machine, and at present, no machine which can continuously move under the condition that no other continuous external force is added due to the fact that the buoyancy and the gravity are completely utilized does not exist. According to the invention, buoyancy and gravity are utilized through mechanical devices and interaction between the buoyancy and the gravity, the combined action between the buoyancy and the gravity is utilized, and mechanical motion generated through the combined action is converted into mechanical rotation, so that other machines can be driven to move to generate power. The invention aims to invent a machine which can utilize buoyancy force to increase gravity (gravitational force), so that part of components in the machine can continuously rotate, and thus power output is provided.

Description

Technical Field

[0001] The present invention relates to a machine which aims to convert the combined effect of buoyancy and gravity into mechanical motion through a machine, thereby driving other mechanical equipment to do work, and belongs to the field of mechanical technology. Background Art

[0002] At present, there is no machine that can fully utilize buoyancy and gravity and can move continuously without the continuous addition of other external forces. The present invention attempts to utilize the combined effect of buoyancy and gravity through mechanical devices and the interaction between them, and convert the mechanical movement generated by the combined effect into mechanical rotation, which can then drive other mechanical movements and generate power. Summary of the invention

[0003] The purpose of the present invention is to invent a machine that can use buoyancy and gravity (earth's gravity) to make some parts of the machine rotate continuously, thereby providing power output.

[0004] The machine of the present invention is shown in the accompanying drawings.

[0005] Technical Solution

[0006] The present invention is a mechanical device that can utilize gravity and the cooperation of buoyancy to change the forces on different parts of the mechanical device, causing the movement of the rotatable parts in the machine, converting the generated kinetic energy and generating power to act on the rotating wheel, which transmits the mechanical energy.

[0007] As shown in the accompanying drawings, the machine of the present invention includes a liquid storage tank 1, a heavy liquid (mercury) 2, a light liquid (water or oil) 3, a partition 4, a gravity buoyancy wheel 5, a power shaft 6, a power output wheel 7, a friction wheel 8, and necessary auxiliary objects such as fixings and bearings.

[0008] On earth, gravity (earth's gravitational force) always exists. The present invention utilizes the different specific gravities of different liquids. In the communicating vessel, if heavy liquid is added and sealed to exceed the bottom connecting part of the communicating vessel, light liquid can be continuously maintained on one side of the communicating vessel. The liquids on both sides will have a liquid level difference, and this liquid level difference is used to generate an unbalanced force to achieve the purpose.

[0009] The liquid storage tank 1 is fixed, storing liquid and playing a supporting role at the same time, and the power shaft 6 is fixed thereon through a bearing, and the power shaft 6 can rotate freely.

[0010] The friction wheel 8 is fixed on the power shaft 6, and the friction wheel 8 can drive the power shaft 6 to rotate together with it.

[0011] The gravity buoyancy wheel 5 will be suspended on the friction wheel 8 in advance, and the weight of the gravity buoyancy wheel 5 will ensure that the gravity buoyancy wheel 5 is always in contact with the friction wheel 8. The gravity buoyancy wheel 5 can rotate freely.

[0012] The power output wheel 7 is fixed on the power shaft 6 , and is located outside the liquid storage tank 1 and rotates together with the power shaft 6 .

[0013] The partition 8 is installed on the liquid storage tank 1 to ensure that the heavy liquid (mercury) 2 and the light liquid (water or oil) 3 can be separated, so that the light liquid (water or oil) 3 can only be on one side of the partition. The partition 8 passes through the center of the ring of the gravity buoyancy wheel 5.

[0014] The heavy liquid (mercury) 2 and the light liquid (water or oil) 3 are added separately. The liquid level of the heavy liquid (mercury) 2 should be higher than the bottom of the partition 8. When the heavy liquid (mercury) 2 and the light liquid (water or oil) 3 are added, due to the different buoyancy generated by the heavy liquid (mercury) 2 and the light liquid (water or oil) 3, they act on the gravity buoyancy wheel 5 to generate torque, so that the gravity buoyancy wheel 5 rotates, and then drives the friction wheel 8, the power shaft 6, and the power output wheel 7.

[0015] Beneficial Effects

[0016] The machine of the present invention can utilize buoyancy and gravity, converting the buoyancy and gravity into sustainable mechanical motion to generate external power which can be used to do external work. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is a three-dimensional schematic diagram of the machine. DETAILED DESCRIPTION

[0018] As shown in the drawings, the liquid storage tank 1 is placed flat on the ground and fixed, storing liquid and playing a supporting role at the same time (a separate bracket can also be used), and the power shaft 6 is fixed thereon through bearings, and the power shaft 6 can rotate freely.

[0019] The friction wheel 8 is fixed on the power shaft 6, and the friction wheel 8 can drive the power shaft 6 to rotate together with it. The friction wheel 8 is located on the inner side of the liquid storage tank 1. The friction wheel 8 can add some methods to increase friction, such as changing the finish or using materials such as rubber.

[0020] The gravity buoyancy wheel 5 will be suspended on the friction wheel 8 in advance, and the weight of the gravity buoyancy wheel 5 will ensure that the gravity buoyancy wheel 5 is always in contact with the friction wheel 8. The gravity buoyancy wheel 5 can rotate freely.

[0021] The power output wheel 7 is fixed on the power shaft 6 , and is located outside the liquid storage tank 1 and rotates together with the power shaft 6 .

[0022] The partition 8 is installed on the liquid storage tank 1 to ensure that the heavy liquid (mercury) 2 and the light liquid (water or oil) 3 can be separated, so that the light liquid (water or oil) 3 can only be on one side of the partition. The partition 8 passes through the center of the ring of the gravity buoyancy wheel 5.

[0023] The heavy liquid (mercury) 2 and the light liquid (water or oil) 3 are added separately. The liquid level of the heavy liquid (mercury) 2 should be higher than the bottom of the partition 8. When the heavy liquid (mercury) 2 and the light liquid (water or oil) 3 are added, due to the different buoyancy generated by the heavy liquid (mercury) 2 and the light liquid (water or oil) 3, they act on the gravity buoyancy wheel 5 to generate torque, so that the gravity buoyancy wheel 5 rotates, and then drives the friction wheel 8, the power shaft 6, and the power output wheel 7.

[0024] Example

[0025] 1. Power generation: The power output by the output wheel 7 of the machine of the present invention drives the generator to generate electricity.

[0026] 2. Output power: the power output by the machine of the present invention through the output wheel 7 drives other machines.

Claims

1. A power mechanical system, comprising a liquid storage tank 1, a heavy liquid (mercury) 2, a light liquid (water or oil) 3, a partition 4, a gravity buoyancy wheel 5, a power shaft 6, a power output wheel 7, a friction wheel 8, and necessary auxiliary objects such as fixing parts and bearings, characterized in that The mechanical system can generate mechanical energy by utilizing the combined effect of gravity and buoyancy. It utilizes the combined effect of the buoyancy difference caused by the liquid level difference of two working fluids and gravity (earth gravity), and can generate mechanical energy by only utilizing the buoyancy plus gravity.

2. The liquid storage tank 1 in claim 1 is divided into two parts with the bottoms connected by a partition 4, and the partition can be in the shape of a plate, a sphere, etc. It is characterized in that Together they form a bottom-connected liquid storage space.

3. The heavy liquid (mercury) 2 in claim 1 is added first, and the liquid surface is higher than the lower part of the partition, and then the light liquid (water or oil) 3 is added, so that the light liquid (water or oil) 3 is only on one side of the partition, and the liquid level of the light liquid (water or oil) 3 is much higher than the liquid level of the heavy liquid (mercury) 2, characterized in that The heavy liquid (mercury) 2 and the light liquid (water or oil) 3 have a large difference in specific gravity and are immiscible with each other.

4. The gravity buoyancy wheel 5 of claim 1 is suspended on the friction wheel 8, and the weight of the gravity buoyancy wheel 5 is to ensure that the gravity buoyancy wheel 5 is always in contact with the friction wheel 8. The gravity buoyancy wheel 5 can rotate freely, and the gravity buoyancy wheel 5 is immersed in two working liquids, characterized in that The gravity buoyancy wheel 5 is always in contact with the friction wheel 8, and the power is transmitted through the friction force.

5. The heavy liquid (mercury) 2 and the light liquid (water or oil) 3 in claim 1 must be two liquids that cannot dissolve in each other, characterized by obvious stratification and a relatively large specific gravity difference.

6. The heavy liquid (mercury) 2 in claim 1 is mercury, which is characterized by having a high specific gravity, being liquid at room temperature, and being easy to flow.

7. The light liquid (water or oil) 3 in claim 1 is generally water or oil, which is characterized by being liquid at room temperature, easy to flow and readily available.

8. The gravity buoyancy wheel 5 of claim 1 is composed of a plurality of polygons circumscribed by an inner ring, characterized in that The polygon will become unbalanced under the buoyancy of the working liquid.

9. The liquid storage tank 1 and the partition plate 4 in claim 1 form a communicating vessel, characterized in that Liquids and solids can pass through both sides of this communicating vessel together.

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